... Geoffrey Underwood (University of Nottingham) Francisco Varela (CREA, Ecole Polytechnique. Paris) Volume 2 Ralph D. Ellis Questioning Consciousness ...

Emotion drives all cognitive processes, largely determining their qualitative feel, their structure, and in part even their content.

The object of this study is to find a coherent theoretical approach to three problems which appear to interrelate in complex ways: (1) What is the ontological status of consciousness? (2) How can there be 'un conscious,' 'prereflective' or 'self-alienated' consciousness? And (3) Is there a 'self' or 'ego' formed by means of the interrelation of more elementary states of consciousness? The motivation for combining such a diversity of difficult questions is that we often learn more by looking at interrelations (...) of problems than we could by viewing them only in isola tion. The three questions posed here have emerged as especially prob lematic in the context of twentieth century philosophy. 1. The question of the ontological status of consciousness The question 'What is consciousness?' is one of the most perplexing in philosophy-so perplexing that many have been motivated to proceed as though consciousness did not exist. If William James was speaking rhetorically when he said "Consciousness does not exist," 1 many behaviorists of the recent past were not. 2 James meant only to imply that consciousness is not an independently existing soul-substance, along side physical substances. He did not mean that we do not really 'have' consciousness, and he did not provide final resolution for the problem of the causal interrelations between consciousness and the physical realm (e. g. , our bodies). Many recent philosophers and psychologists, however, try to proceed as though these problems did not exist. (shrink)

Introduction: Searching for the covert agent of consciousness -- The devil's pact (or, why the hard problem is now so hard) -- Action at the macro level : an agent-based theory of intentionality -- Action imagery and representation of the external world -- Do we need an emergency metaphysician? : action versus reaction at the micro level -- Herding neurons : the causal structure of self-organizing systems -- The paradoxes of phenomenal consciousness -- The self-organizing imagination : addressing the mind-body (...) problem -- Introspection and private access -- Action imagery and the role of efference -- Connecting physiology with phenomenology. (shrink)

Any physical explanation of consciousness seems to leave unresolved the ‘explanatory gap': Isn't it conceivable that all the elements in that explanation could occur, with the same information processing outcomes as in a conscious process, but in the absence of consciousness? E.g. any digital computational process could occur in the absence of consciousness. To resolve this dilemma, we propose a biological-process-oriented physiological- phenomenological characterization of consciousness that addresses three ‘paradoxical’ qualities seemingly incompatible with the empirical realm: The dual location of (...) phenomenal properties ‘out there’ yet ‘in here’ in consciousness; the mysterious ‘thickness’ of the specious present; the feeling of ‘free agency', that we can voluntarily direct our actions, including the act of conscious attention, while at the same time attention and the emotions that direct it seem responsive to physiological substrates with physical causes. These paradoxes are then resolved by relating three elements of consciousness: organismically interested anticipation; sensory and proprioceptive imagery generated by the interested anticipation rather than by sensory input; resonating of these activities with activity stimulated by sensory data, where the interested anticipation precedes the processing of the input. Each of these elements is bridged to physiological processes such that, if they occur in a certain relation to each other, we can understand why they would inevitably be accompanied by the corresponding elements of conscious experience. (shrink)

Mack and Rock show evidence that no consciousperception occurs without a prior attentiveact. Subjects already executing attention taskstend to neglect visible elements extraneous tothe attentional task, apparently lacking evenbetter-than-chance ``implicit perception,''except in certain cases where the unattendedstimulus is a meaningful word or has uniquepre-tuned salience similar to that ofmeaningful words. This is highly consistentwith ``enactive'' notions that consciousnessrequires selective attention via emotional subcortical and limbic motivationalactivation as it influences anterior attentionmechanisms. Occipital activation withoutconsciousness suggests that motivated search,enacted through the organism's (...) subcorticalmotivational functions, is needed beforevisual stimulation engenders consciousness.This enactive view – that searching for,rather than receiving or processing input isthe basis of consciousness – was slow ingaining acceptance lacking empirical evidenceof this kind, combined with thestimulus-response assumption that brain eventssubserving perceptual consciousness must resultfrom transformation of perceptual input ratherthan from the organism's self-regulatedactivity as manifested through subcorticalactivity. Implicit perception occurring withword priming is ``paradoxical'' according to Mackand Rock, suggesting late selection forattention after extensive unconsciousprocessing, while most trials involvingnonverbal rather than verbal images mightsuggest earlier selection, sinceunattended objects are unseen, apparently evenimplicitly. This paper argues that anteriorand subcortical motivational mechanisms play animportant role in early selection; posteriormechanisms then unconsciously enhance signals;if data survive early gating andcorticothalamic enhancement, then still further anterior-limbic loops motivatedlyactivate ``image schemas'' resonating withposterior nonconscious processing; at thatpoint, consciousness occurs. (shrink)

Enactivism has the potential to provide a sense of teleology in purpose-directed action, but without violating the principles of efficient causation. Action can be distinguished from mere reaction by virtue of the fact that some systems are self-organizing. Self-organization in the brain is reflected in neural plasticity, and also in the primacy of motivational processes that initiate the release of neurotransmitters necessary for mental and conscious functions, and which guide selective attention processes. But in order to flesh out the enactivist (...) approach in a way that is plausible and not merely an epiphenomenon, it is necessary to confront the problem of causal closure in a serious way. Atoms and molecules in the brain do not violate the normal causal principles that govern them in other contexts. The theory of self-organizing dynamical systems must be developed in a way that is compatible with causal closure rather than contradicting it. (shrink)

Phenomenology and physiology become commensurable through a self-organizational physiology and an "enactive" view of consciousness. Self-organizing processes appropriate and replace their own needed substrata, rather than merely being caused by interacting components. Biochemists apply this notion to the living/nonliving distinction. An enactive approach sees consciousness as actively executed by an agent rather than passively reacting to stimuli. Perception does not result from mere stimulation of brain areas by sensory impulses; unless motivated organismic purposes first anticipate and "look for" emotionally relevant.stimuli, (...) brain-sensory processing is not accompanied by perceptual consciousness. To see a soccer ball requires looking for it in the right place. The sell-organizing, emotionally motivated agent instigates this looking-for activity. (shrink)

This book is an attempt to come to grips with problems of the epistemological basis of ethical beliefs by building on criticisms of approaches to this problem which have been attempted in the recent past. Because of the extensive discussions and criticism of these various alternatives, the book is useful to all who are concerned with the epistemology of ethics.

This paper reports on the Kuhnian revolution now occurring in neuropsychology that is finally supportive of and friendly to phenomenology — the "enactive" approach to the mind-body relation, grounded in the notion of self-organization, which is consistent with Husserl and Merleau-Ponty on virtually every point. According to the enactive approach, human minds understand the world by virtue of the ways our bodies can act relative to it, or the ways we can imagine acting. This requires that action be distinguished from (...) passivity, that the mental be approached from a first person perspective, and that the cognitive capacities of the brain be grounded in the emotional and motivational processes that guide action and anticipate action affordances. It avoids the old intractable problems inherent in the computationalist approaches of twentieth century atomism and radical empiricism, and again allows phenomenology to bridge to neuropsychology in the way Merleau-Ponty was already doing over half a century ago. (shrink)

This paper considers where contemporary neuroscience leaves us in terms of how human consciousness fits into the material world, and whether consciousness is reducible to merely mechanical physical systems, or on the contrary whether consciousness is a self-organizing system that can in a sense use the brain for its own purposes. The paper discusses how phenomenology can be integrated with new findings about “neural plasticity” to yield new approaches to the mind–body problem and the place of consciousness as a causal (...) player in the physical world. By phenomenology, I mean simply any attempt to have introspective or reflective access to the meaning of our own conscious states, and to carefully take account of the notorious pitfalls of subjective introspection (often subsumed within the concept of “folk psychology” in the empirically oriented cognitive theory literature). (shrink)

Art perception offers action affordances for the self-generated movement of the eyes, the mind, and the emotions; thus some scenes are ’easy to look at', and evoke different kinds of moods depending on what kind of affordances they present for the eyes, the brain, and the action schemas that further the dynamical self-organizing patterns of activity toward which the organism tends, as reflected in its ongoing emotional life. Art can do this only because perception is active rather than passive, and (...) begins with efferent activity in emotional brain areas (e.g. hypothalamus, amygdala, hippocampus and anterior cingulate) which then motivates afferent processing (parietal imaging activity which finally, after a 1/3-second motivational/selective process is complete, resonates with occipital patterns, resulting in perceptual consciousness). The limbic system ’categories’ that motivate the ’looking-for’ of selective attention are categories of utility, to be understood in terms of emotional affordances and whole-organism affective meanings. Art plays with this looking-for, using it to make us engage in different afforded actions that relate to different limbic (emotional) categories. The drawings of children and of the artistically untutored reveal this structure when we fail to ’draw what we see’, drawing instead what we conceptualize that we ought to be seeing. Art teaches us to get beyond this almost complete dominance of habitual categories, and to see things more freshly -- both in the perceptual and in the emotive sphere. Rather than reinforcing our preconceptions, it forces us to see how they affect our view of reality. -/- Because neither perceptions nor emotional responses are really passive ’responses’ at all, art does not cause us to feel a certain way. Instead, we ’use’ art for the purpose of symbolizing our emotions. Our most important feelings are not directly ’about’ the perceptual objects that trigger them. The object in conscious attention during the feeling of an emotion is normally not the intentional object of the emotion, i.e., it is not the object in relation to which our actions could serve the purpose of the emotion. Emotions are not even triggered by simple ’stimuli’, but rather by the meaning for us of a stimulus in a total context determined by ongoing and dynamical organismic purposes. Emotions arise from the total life process, which is a dynamical system -- not as an isolated chemical event or a causal result of a simple stimulus. For this reason, emotions call not just for satiation or pleasure, but for explication; this is why art is different from entertainment or pretty decoration. Visual art affords not only a meaningful, self-directed dance of the eyes, but also a meaningful dance of this emotional explicating process. (shrink)

[opening paragraph]: Nicholas Humphrey argues persuasively that consciousness results from active and efferent rather than passive and afferent functions. These arguments contribute to the mounting recent evidence that consciousness is inseparable from the motivated action planning of creatures that in some sense are organismic and agent-like rather than passively mechanical and reactive in the way that digital computers are. Newton calls this new approach the ‘action theory of understanding'; Varela et al. dubbed it the ‘enactive’ view of consciousness. It was (...) endorsed in passing by the early Dennett , although he never followed up on it in his later work. According to Dennett, ‘No afferent can be said to have a significance ‘A’ until it is ‘taken’ to have the significance ‘A’ by the efferent side of the brain’ . Luria also stressed the neurophysiology of efferent processes as correlated with consciousness . Further elaborations of the enactive approach are defended by Ellis , Newton , Ellis and Newton , Watt , Thelen and Smith , Jarvilehto and Gendlin . According to this view, conscious information processing can arise only as the self-regulated action of a self-organizing process that confronts the world as a system of action affordances. While information can be passively absorbed in the form of afferent input, only efferent nervous activity in the interest of a living organism's homeostatic balance can create consciousness of any information, whether perceptual, imagistic, emotional or intellectual. (shrink)

Since Jackendoff has shown that language facilitates abstract and complex thought by making possible subtle manipulations of the focus of attention, and since the kind of attention relevant here is attention to aspects of intentional objects in conscious awareness, it follows that the abstract and complex thinking that language facilitates owes much to the working of a conscious process. This, however, conflicts with Jackendoff's view of consciousness as something which does not play a direct part in thinking, but is only (...) a byproduct of a non-conscious computational process in the brain which does the real thinking. I argue that, since Jackendoff s phenomenology of language shows that attention plays such an important part in thinking, yet language can help us attend only to what we are conscious of consciousness does play an important part in thinking. Moreover, consciousness cannot be merely an epiphenomenal byproduct separable in principle from underlying physical mechanisms, because this would imply that consciousness itself is not physical, which would lead to dualism. But if consciousness is inseparable from its physiological substratum, then it also causes whatever effects the physiological substratum causes. (shrink)

Foundations of Civic Engagement is a comprehensive survey and reassessment of the entire field of social and political philosophy. Suitable for use as a primary text for courses on political thought, this book explores the basic arguments of the most important historical and contemporary figures—including Ancient Greek, modern and contemporary theories of communitarianism, social contract, feminism, postmodernsim, Marxism, and theories of communicative actions—and offers a thematic critique and integration of these philosophies.

Ellis (philosophy, Claark Atlanta U.) describes a number of different kindsf abnormalities that result from the detrimental effects of narcissism onhe ability to love. Developing the notion of a culture of narcissism firstroposed by Christopher Lasch, he presents a theory of the role played byove in human attempts to grapple with ontologica.

CHAPTER 1 Integrating the Physiological and Phenomenological Dimensions of Affect and Motivation Ralph D. Ellis Clark Atlanta University A neglected but ...

Pushing back against the potential trivialization of moral psychology that would reduce it to emotional preferences, this book takes an enactivist, self-organizational, and hermeneutic approach to internal conflict between a basic exploratory drive motivating the search for actual truth, and opposing incentives to confabulate in the interest of conformity, authoritarianism, and cognitive dissonance, which often can lead to harmful worldviews. The result is a new possibility that ethical beliefs can have truth value and are not merely a result of ephemeral (...) altruistic or cooperative feelings. It will interest moral and political psychologists, philosophers, social scientists, and all who are concerned with inner emotional conflicts driving ethical thinking beyond mere emotivism, and toward moral realism, albeit a fallibilist one requiring continual rethinking and self-reflection. It combines 'basic emotion' theories with hermeneutic depth psychology. The result is a realist approach to moral thinking emphasizing coherence rather than foundationalist theory of knowledge. (shrink)

Understanding the role of emotion in reasoned, deliberate choice -- particularly moral experience -- requires three components: Meta-emotion, allowing self-generated voluntary imagery and/or narratives that in turn trigger first-order emotions we may not already have, but would like to have for moral or other reasons. Hardwired mammalian altruistic sentiments, necessary but not sufficient for moral motivation. Neuropsychological grounding for what Hume called 'love of truth,' with two important effects in humans: generalization of altruistic feelings beyond natural sympathy for conspecifics; and (...) motivation to inquire into moral/political/psychological truth without automatic, a priori commitment to specific action tendencies -- to avoid trivializing ethical and social choices. After deliberation, the desired behaviour is then triggered by using meta-emotion and voluntary imagery to 'pull up' and habituate the needed first-order emotions. The neuropsychological basis for Hume's 'love of truth' is traced to Panksepp's 'seeking system' in combination with some prefrontal executive capacities. (shrink)

Most versions of the knowledge argument say that, since scientists observing my brain wouldn't know what my consciousness "is like," consciousness isn't describable as a physical process. Although this argument unwarrantedly equates the physical with the empirically observable, we can conclude, not that consciousness is nonphysical but that consciousness isn't identical with anything empirically observable. But what kind of mind&endash;body relation would render possible this empirical inaccessibility of consciousness? Even if multiple realizability may allow a distinction between consciousness and its (...) physical substrata, why does this distinction make consciousness empirically unobservable? The reason must be that the emotions motivating attention direction, partly constitutive of phenomenal states, are executed, not undergone by self-organizing processes actively appropriating and replacing needed physical substrata; we feel motivations by generating them. But all consciousness is motivated; visual cortex activation is unconscious of red unless the emotional limbic system and anterior cingulate motivatedly "look for" red. Experiencing entails executing motivations. Experimenters do know what subjects' brain events "are like" ---; but from the standpoint of the experimenter's motivational processes. (shrink)

The ‘embodied self’ is the purposeful dimension of any organism capable of acting toward a unified motivation to maintain a self-organizing structure by appropriating, replacing, and reproducing material components to serve as substrata. We reflect on the ‘self’ in this sense when we direct attention away from the objects of experience and toward the way our bodies motivate our experiences in terms of emotional purposes of the organism, by looking, searching, shifting the focus of attention, etc.---actions rather than reactions of (...) our bodies and nervous systems. The ‘transcendental self,’ by contrast, cannot be identified with any particular embodied state of consciousness, because it is that which unifies all the particular stages and gives them direction. It is argued here that affect and motivation are the keys to understanding and unifying the transcendental and embodied selves, because both reflect the organism’s self-organizing tendency; and that we can know ourselves by understanding the way affect and motivation shape the pattern and direction of our stream of consciousness. (shrink)

As globalized corporations are traded intemationally, with investors and workers from many countries, nation-states have diminishing interest in fighting wars promoting competitive profit interests of intemational companies. Theoretically, this trend could prompt diminution in the role of warfare. Militarism continues to serve corporations that are globally owned, operated, and controlled, fought by the very workers who then must compete against the resulting unregulated and often cormpt intemational labor and resource markets—driving down the real wages of domestic and foreign workers. But (...) if philosophical attitudes eventually catch up with the new thinking about wars that are fought in the context of such complete globalization of labor and resource markets, it seems inevitable that voters will understand that the interests of the people within nation-states no longer coincide with any one global corporation any more than with any other—reducing incentives to sacrifice national blood and treasure defending the interests of nationless entities. (shrink)

If human motivation is "enactive" rather than merely a series of passive reactions to extemal stimuli, then a correspondingly "enactive" approach to education should be taken seriously. This paper argues that recent research on the emotional brain by such neuropsychologists as Jaak Panksepp, combined with a self-organizational approach to the concept of action, and the importance of the questioning process in human understanding of information, suggests that treating humanities education as intrinsically valuable, and not just as means toward other ends, (...) is cmcially important. The questioning process that appealsto students' natural exploratory tendencies, or what Hume called a "love of truth," is fostered by an approach that, rather than dumbing down, actually appeals to the "glamour of the complex." The glamour of the complex cannot stop with interesting application of memorized information; it must go all the way down to basic epistemology and the basic questioning of human nature itself that are encouraged by taking the humanities seriously and for their own sake. (shrink)

Lewis's dynamical systems emotion theory continues a tradition including Merleau-Ponty, von Bertallanfy, and Aristotle. Understandably for a young theory, Lewis's new predictions do not follow strictly from the theory; thus their failure would not disconfirm the theory, nor their success confirm it – especially given that other self-organizational approaches to emotion (e.g., those of Ellis and of Newton) may not be inconsistent with these same predictions.

While much of contemporary psychology preserves the legacy of behaviorism and consummatory drive-reductionism, this paper by contrast grounds itself in an "enactivist" approach to emotion and motivation, and goes on to consider the implications of this view for the psychology of inspiration, especially as applied to love and religion. Emotions are not responses to stimuli, but expressions of an active system. The tendency of complex systems is to prefer higher-energy basins of attraction rather than settle into satiation and dull comfort. (...) Given this understanding of the emotions in complex animals, there is a fundamental need for inspiration to fuel the self-initiated activation of the system; lack of this basic inspiration is depression. In sophisticated conscious beings, the need for inspiration is exacerbated by awareness of the problems of finitude; love, the arts and religion are meant to address this heightened need for inspiration. Fundamentalist approaches, however, contend with the problem of finitude in an inauthentic way-by simply denying them. This fundamentalist approach leads to corresponding distortions of ethical and political attitudes. (shrink)

This paper reports on the Kuhnian revolution now occurring in neuropsychology that is finally supportive of and friendly to phenomenology – the “enactive” approach to the mind-body relation, grounded in the notion of self-organization, which is consistent with Husserl and Merleau-Ponty on virtually every point. According to the enactive approach, human minds understand the world by virtue of the ways our bodies can act relative to it, or the ways we can imagine acting. This requires that action be distinguished from (...) passivity, that the mental be approached from a first person perspective, and that the cognitive capacities of the brain be grounded in the emotional and motivational processes that guide action and anticipate action affordances. It avoids the old intractable problems inherent in the computationalist approaches of twentieth century atomism and radical empiricism, and again allows phenomenology to bridge to neuropsychology in the way Merleau-Ponty was already doing over half a century ago. (shrink)

What motivates the voluntary suffering of training for a long-distance run – or any other difficult athletic skill? Long-term pleasure cannot adequately explain this seemingly masochistic activity. On the contrary, I argue that pleasure, or “reinforcement,” is not the only ultimate motivator of behavior. Each of the emotion systems defines its own intrinsic values, including an innate “play” system and an innate “exploratory drive” that is included in what neuropsychologist Jaak Panksepp calls the “SEEKING system” of the emotional brain. Panksepp’s (...) description of the conscious dimension of SEEKING is remarkably similar to Otto Rank’s descriptions of his “love of life” dimension of motivation, which actually conflicts with the pleasure principle. The desire for pleasure is a desire to reduce consummatory drives, which means reducing the energy level of our bodily systems. Complete reduction would be death. If there were no competing motivation in the other direction, there would be nothing to keep us alive. The SEEKING system is what does that. It motivates a higher energy level. In the case of athletic training, we do not have to “force ourselves” to this higher energy level. The SEEKING system is an innate natural drive. If we were to deliberately try to just sit on a couch indefinitely, at some point we would fail. (shrink)

Since Jackendoff has shown that language facilitates abstract and complex thought by making possible subtle manipulations of the focus of attention, and since the kind of attention relevant here is attention to aspects of intentional objects in conscious awareness, it follows that the abstract and complex thinking that language facilitates owes much to the working of a conscious process. This, however, conflicts with Jackendoff's view of consciousness as something which does not play a direct part in thinking, but is only (...) a byproduct of a non-conscious computational process in the brain which does the real thinking. I argue that, since Jackendoff s phenomenology of language shows that attention plays such an important part in thinking, yet language can help us attend only to what we are conscious of consciousness does play an important part in thinking. Moreover, consciousness cannot be merely an epiphenomenal byproduct separable in principle from underlying physical mechanisms, because this would imply that consciousness itself is not physical, which would lead to dualism. But if consciousness is inseparable from its physiological substratum, then it also causes whatever effects the physiological substratum causes. (shrink)

In addressing the shortcomings of computationalism, we should not throw the baby out with the bathwater. That consciousness is not merely an epiphenomenon with optional access to unconscious computations does not imply that unconscious computations, in the limited domain where they do occur (e.g., occipital transformations of visual data), cannot be reformulated in a way consistent with a self-organizational view.

Tmagists' hold that inferential thinking is built up from combinations of sensory and sensorimotor images in various patterns and modalities, and that the images are a more basic mental and neurophysiological operation than the logical thinking and conceptualization that are built up front them. 'Computationalists' hold just the opposite view — that images result from previous inferential processing which is more basic than the images. Suppose we define inference as the kind of thought process that we actually undergo when we (...) do logical thinking, and not in the trivial sense in which any natural phenomenon which receives an 'input' from another then 'responds' to this 'input'. And suppose we define an 'image ' as any instance of imagining what it would be like to entertain some conscious state which we are not undergoing at the time — as for example when we imagine what it would be like to see something, to ride a roller coaster or to have a headache. I. e., 'images ' can be kinaesthetic and proprioceptive s well as sensory. Then it can be shown that inferential thinking is built up from patterns of images, including importantly the imaging of rhythm patterns corresponding to logical syntax. Furthermore, the acquisition of these inference rules can also be traced to a process of trying to imagine scenarios which might serve as counterexamples to the rules, and this kind of 'imagining ' can also be explained in terms of both sensory and proprioceptive images. The reason for this is twofold: First, even the apparently 'imageless ' concepts used to imagine such scenarios consist in each case of a feeling of preparedness to entertain a pattern of images which would be appropriate to provide a directly or indirectly ostensive definition of the concept in question, and this feeling of preparedness can be sensed proprioceptively. Secondly, a concept, even if it is not experienced as involving imagery, may nonetheless occur as an element of a larger pattern whose rhythm can be imaged. This paper defends an expanded version of the imagist approach, suggesting an important pragmatic role for the proprioceptive sensing of rhythm patterns in the acquisition and use of inference skills. (shrink)